Arometrix Extraction Finder Manuel utilisateur
AROMETRIX EXTRACTION FINDER
USER MANUAL
YOU MUST READ THIS MANUAL BEFORE USE | WARNINGS ON PAGE 3
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TABLE OF CONTENTS
Section 1: Warnings ⚠3
Section 2: Overview 3
Section 3: Fundamentals 3
Section 4: Unpacking & Inspecting 4
Section 5: Installation & Software Quick Start 4
Section 6: Understanding the Interface 8
Section 7: Application Note - Solvent Saturation 12
Section 8: Issues 13
Section 9: Software Update Instructions 14
Section 10: Terms and Conditions 14
IMPORTANT: For Applications Other Than Extraction
This system was designed initially for extraction. Thus, section 7 of this user manual will focus on how to operate
the system for extraction.
If you are using the system for other applications that can utilize the same metal connections -- including wiped
film or thin film distillation, column chromatography, or conversion reaction -- please refer to our Application
Notes and information on arometrix.com/resources,in addition to reading this user manual.
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Section 1: Warnings ⚠
The complete contents of this manual must be reviewed to ensure that the product is used safely. When
integrating the EXTRACTION FINDER, the total extraction system design must be considered to ensure safe,
trouble-free performance. Function, material compatibility, adequate ratings, proper installation,
operation, and maintenance are the responsibilities of the system designer and user. Below are Arometrix’s
warnings about safe operating conditions for the EXTRACTION FINDER:
1. Ensure the system and installation conform to all applicable laws and ordinances, including Fire
Marshall code certifications.
2. Ensure all supporting electronics are installed in a compliant matter.
3. Ensure all connections are properly installed and specifications are appropriate.
4. If you have any indications of malfunction, return to the manufacturer immediately by emailing
5. Tampering with this equipment is prohibited, and will result in a void of warranty.
6. Never look directly into the light source.
7. MISUSE MAY CAUSE SEVERE INJURY OR DEATH. Proper care should be taken when setting up and
operating this equipment.
Section 2: Overview
What the EXTRACTION FINDER is:
The EXTRACTION FINDER is Arometrix’s real-time molecular monitoring system for botanical extraction.
The technology used induced fluorescence to detect the presence and track the levels of molecules, such
as Cannabinoids, Chlorophyll, and Lipids in-line. This helps operators optimize extraction process efficiency.
What the EXTRACTION FINDER is not:
The EXTRACTION FINDER is not a quantitative measure. It provides qualitative process information that
directly tracks the relative concentration of Cannabinoids. It is Arometrix’s goal to amass enough spectral
data from the EXTRACTION FINDER to eventually be able to determine quantitative purity in the future.
The EXTRACTION FINDER cannot replace good laboratory practice and experience. The EXTRACTION
FINDER’s data, in combination with good lab practice, will help technicians further perfect their craft.
Section 3: Fundamentals
The Arometrix EXTRACTION FINDER is composed of three key components: the Digital Display and the
Ultra-Sensitive Sensor, which is housed inside of the Sensor Housing (aka Extraction Adapter).
Arometrix Digital Display:The display contains the “brains” of the system. This 7 inch LCD TFT display
consists of a compute module that creates a visualization for the user where both flow and relative
potency are deduced. The display has a pole-mounting bracket installed in the back of it so it can easily be
mounted to a lab pole. It also includes an extended 30’ sensor cable and 10’ power supply extension to
move the display outside of the C1D1/C1D2 environment. Note: This unit is intended for laboratory use.
Care should be taken not to spill anything on it, as it is not waterproof.
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Arometrix Ultra-Sensitive Sensor:The sensor contains the “eyes” of the system”. The sensor, attached to
size 34 high pressure glass inside the Extraction Adapter, connects and transmits to the digital display. The
ultra-sensitive sensor has a new filter that allows it to be more sensitive than Arometrix’s original sensor.
Arometrix Sensor Housing (aka Extraction Adapter):The sensor housing houses the ultra-sensitive sensor
and is installed in-line.
Section 4: Unpacking & Inspecting
After the instrument is received, it should be carefully
unpacked and inspected for damage during shipment
and to confirm that all components are present.
Each EXTRACTION FINDER comes with:
●Digital Display + pole-mounting screw
○Color of sticker will be black or green
●Sensor Housing with Ultra-Sensitive Sensor
○Sensor pre-installed inside of housing
●30’ Sensor Cable, USB
●International Power Supply
●10’ Power Supply Extension
Section 5: Installation & Software Quick Start
The equipment should be in a clean, dry environment for the best results.
Installation of the Sensor Housing involves the following steps (illustrated on our Quick Start Guide):
1. Mount the Sensor Housing securely onto the extractor's 1.5” or 2” sanitary end clamps.
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2. On the bottom-end of the Sensor Housing, connect a 1.5” Sanitary Flange to Hose Adapter (or
NPT adapter or another appropriate connection) for incoming flow.
3. On the top-end of the Sensor Housing, connect a second 1.5” Sanitary Flange to Hose Adapter for
outgoing flow.
4. Install a bypass, valved bleedport and pressure gauge for optimal safety and performance.
5. Best Practice: Set up an extraction adapter bypass (that can be quickly actuated through 3 way
valves), a vent, and a pressure gauge.
6. Warning: Ensure all connections are properly installed. Ensure the system and installation conform
to all applicable laws and ordinances.
Installation of the Display and wiring involves the following steps (illustrated on our Quick Start Guide):
1. Install the Extraction Finder display(s) outside of the C1D1-designated area. Use the supplied AC
adapter and 10’ power supply extension to power your display. This adapter provides clean short
protected power to protect and ensure the accuracy of the internal circuitry.
2. Connect the other end of the sensor cable to the bottom of the display. The display will take a few
seconds to turn. You will see splash screens, followed by the interface screen. Give it ~2-5 minutes
to boot up.
3. You can mount the display to a lab pole using the provided pole-mounting screw; the back of the
display has a pole-mounting bracket pre-installed. Alternatively, it can be placed on a desktop by
placing the unit in a separate tablet stand.
4. In the Settings section on the display’s UI:
a. Set Auto Integration by checking the AID (Auto) checkbox
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b. Set Scans to Average: 5
c. Ensure that the Device Status and Server Status indicator on the bottom left-hand side of
the display are green – If not, make sure the cords are properly connected.
d. Ensure that the “Light On/Light Off” toggle button is turned on. The light above it should
be green.
e. To set ranges, go to Settings, select “Wavelength Settings” to track specific molecules. For
extraction, we recommend setting:
i. Region 1: Delta-9 (or CBD Indicator)
ii. Region 2: Lipids
iii. Region 3: Chlorophyll
iv. Pro-tip: Once you return back to the homescreen, check each region’s checkbox for
easier tracking during the process.
5. Record on (optional) at the start of the run: Toggle the Record button to On. Ensure the Record
indicator is green.
6. Once the Extraction Finder system is safely in operation, prepare extraction as you typically would.
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7. Monitor molecular signals during your extraction process.
a. Observe no signal or noisy signal on XF from reverberations during initial startup.
b. Identify XF signal spiking then dropping after initial fluid flow.
c. Identify XF signal equilibrate during full flow.
d. Observe Delta-9, Lipid, and Chlorophyll levels on the Display. Switch views by tapping the
“display” button. Use the changes in relative potency levels in order to inform your
extraction process decisions.
8. Record off (optional) after the run is finished: Toggle the Record button to Off to save XF data.
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Ensure the Record indicator is red. Install USB thumb drive (ensure that no files are on the USB
stick first). Finally, press the Transfer function.
9. Pro-tip: Once done, upload logged run data file(s) into our DAB (Data Analysis Breakdown) App.
Section 6: Understanding the Interface
After installation, the system is ready for immediate operation.
Different Viewing Options
There are currently two viewing options: the Spectrum view and the Wavelength view. These display
options can be toggled between each other by tapping the “display” button (located in the top-left corner).
Spectrum View (Spectrograph) - Instantaneous Tracking
What it does:This is an instantaneous representation of the current spectral state. It displays the current
background/ambient light corrected spectral measurement.
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Important Note: The peak at 360-390nm is an internal excitation/reference peak (not a process indicator);
tap the small circle on the top-left corner of the graph if you wish to remove this peak.
Understanding the Graph (X-Y Axis)
●X-axis = Wavelength (nm):The location of where the line shoots up (or fluoresces) indicates the
molecule(s) passing through; different molecules have different wavelength regions
●Y-axis = Intensity (counts): The height of this line, in general, indicates how much of that substance
is present at that moment relative to earlier.
Wavelength View - Time Tracking
What it does: Displays and tracks the interpreted values from your measurement. This plot reduces the
raw data and shows you the “highlights” of the run. This view is especially useful for seeing how molecular
levels changed over time. Arometrix recommends that Extraction Finder users prioritize this view.
Understanding the Graph (X-Y Axis)
●X-axis = Time (HH:MM:SS):As opposed to the Spectrum view, this tracks molecular levels for
pre-set ranges as a function of time.
●Y-axis = Intensity (AU): The height of this line indicates how much of that substance is present at
that moment relative to earlier. (Note: These are AU as in Arbitrary Units; this is not quantification
of potency.)
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Setup Screen Tutorial
List of buttons:
A. Display: Toggles between the two viewing options (Spectrum View & Wavelength View)
B. Details: Expands the graph and removes the data on the right-hand side
C. Overlay: Traces or “overlays” a peak of interest so you can compare it to a future peak
D. Clear: Clears an “overlay” that you no longer want to track
E. Transfer: Transfers recorded run data to a flash drive
F. Reference Peak Remover: Removes the internal reference/excitation peak from Spectrum view
G. Auto-Zoom: Returns zoom view to normal. You can zoom with 1 finger by drawing a bounding box.
H. Home: Returns you to the Home if you are in Settings
I. Settings: Allows you to adjust settings, such as Auto Integration Time, Scans to Average, and the
Wavelength Tracker
J. Region 1-3 Checkboxes: For Wavelength View - By checking this box, it will populate the
Wavelength plot with the corresponding molecule tracking. For Spectrum View - By checking this
box, it will highlight the Spectrum plot with the region that molecule fluoresces at. For Wavelength
View - By checking this box, a color-coordinated line will track the molecules’ intensity levels.
K. Region 2 Checkbox:See I.
L. Region 3 Checkbox:See I.
M. Light on/off: Turns the light on. This toggles between states.
N. Record on/off: Turns the recording mode on. This toggles between states.
Settings Tutorial
When you tap the Settings button, you will see:
●Wavelength Settings
●Set Integration Time
●Set Scans to Average
●Clock Settings
●System Data
Wavelength Settings
In this tab, you will see:
●Edit Wavelength 1
●Edit Wavelength 2
●Edit Wavelength 3
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